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    • 3. 发明授权
    • Mechanical apparatus having a mechanism for preventing conglutination of
contact parts
    • 具有防止接触部分粘连的机构的机械装置
    • US5084793A
    • 1992-01-28
    • US448723
    • 1989-12-11
    • Atsuo IshidaAsao SasamotoToshio ShionoKazuyoshi HanadaHideo Amano
    • Atsuo IshidaAsao SasamotoToshio ShionoKazuyoshi HanadaHideo Amano
    • G11B21/21G11B5/55
    • G11B5/5521
    • The invention provides an improved mechanical apparatus having a driving mechanism for moving two movably contacting members relative to each other. The driving mechanism is combined with a temperature-displacement converter which drives the two members to be displaced relative to each other in response to a variation of the environmental temperature independently of operation of the driving mechanism. The temperature-displacement converter provides a fine displacement of the movable contacts in response to a variation of the environmental temperature to prevent a possible adhesive phenomenon between the two members or a possible increase of the sliding resistance between them, thereby preventing an adhesive phenomenon between a magnetic head of the CSS type and a magnetic disk of a magnetic disk device and so forth. A more effective operation is attained by further employment of a one-way clutch which is put into a coupled condition only when the relative displacement by the temperature-displacement converting means occurs in a predetermined direction but into a non-coupled condition when the relative movement is caused by the driving mechanism.
    • 本发明提供了一种改进的机械装置,其具有用于相对于彼此移动两个可移动接触构件的驱动机构。 驱动机构与温度位移转换器组合,温度位移转换器响应于环境温度的变化而驱动两个构件相对于彼此移位,而与驱动机构的操作无关。 温度位移转换器响应于环境温度的变化而提供可移动触点的精细位移,以防止两个构件之间可能的粘合现象或可能增加它们之间的滑动阻力,由此防止在 CSS型的磁头和磁盘装置的磁盘等。 通过进一步使用单向离合器,只有当温度位移转换装置的相对位移发生在预定方向上而是相对运动时的非耦合状态时,才能进一步使用单向离合器,从而获得更有效的操作 是由驱动机制引起的。
    • 5. 发明授权
    • Magnetic disc unit system
    • 磁盘单元系统
    • US4727439A
    • 1988-02-23
    • US860983
    • 1986-05-08
    • Toshiyuki HarunaMotohiro NakaiAsao SasamotoKazuo NakagoshiHideaki Amano
    • Toshiyuki HarunaMotohiro NakaiAsao SasamotoKazuo NakagoshiHideaki Amano
    • G11B27/10G11B5/09G11B5/55G11B20/12G11B21/08
    • G11B21/085G11B5/5547
    • A magnetic disc unit capable of improving the throughput by minimizing the seek time for the magnetic head. The magnetic disc unit is operative to respond to a cylinder address instructed by the host unit to move the magnetic head to the corresponding cylinder position on the magnetic disc comprises a cylinder address/position assignment selecting circuit for changing the address instructed by the host unit into a new address so as to desirably change cylinder address/position assignments. A head location controlling circuit is responsive to the new address to move the magnetic head to a cylinder position corresponding to the new address. In one mode, the cylinder address/position assignment selecting circuit performs renewal of cylinder addresses such that the magnetic head passes along the magnetic disc through all of the cylinder positions designated by cylinder addresses by making a return trip between inner and outer circumferences of the magnetic disc. In another mode, the cylinder address/position assignment selecting circuit performs renewal of cylinder addresses that when the innermost cylinder address is substituted for a cylinder address instructed by the host unit, the access time for the substitutive cylinder address is minimized.
    • 一种磁盘单元,其能够通过最小化磁头的寻道时间来提高吞吐量。 磁盘单元可操作以响应由主机单元指示的气缸地址将磁头移动到磁盘上的相应气​​缸位置,该气缸地址/位置分配选择电路用于将由主机单元指示的地址改变为 一个新的地址,以便期望地改变圆柱体地址/位置分配。 头位置控制电路响应于新地址以将磁头移动到对应于新地址的气缸位置。 在一种模式中,气缸地址/位置分配选择电路执行气缸地址的更新,使得磁头通过圆柱体地址指定的所有气缸位置沿着磁盘传递,通过在磁体的内周和外周之间进行回程 光盘。 在另一模式中,气缸地址/位置分配选择电路执行气缸地址的更新,当最内圆柱地址代替由主机单元指示的气缸地址时,代替气缸地址的存取时间被最小化。